The competition between packaging enterprises is becoming increasingly fierce, and the cycle of product updates is also becoming shorter. This places high demands on the automation and flexibility of packaging machinery, and also puts greater pressure on packaging enterprises. We chantecpack think it’s necessary to comprehensively examine the connotation of the flexibility concept, which includes flexibility in quantity, construction, and supply. The flexibility of supply also involves the motion control system of packaging machinery.
Specifically, in order to achieve good automation and flexibility in packaging machinery, and to enhance the level of automation, it is necessary to adopt microcomputer technology and functional module technology, while monitoring the work of multiple robotic arms, so that the requirements for product changes only need to be adjusted by the program.
In the industrialization process of the packaging industry, manufacturing technology has achieved scale and diversification, and the demand for diversification and even personalization has further intensified market competition. In order to reduce production costs, packaging enterprises have considered building flexible production lines, and achieving flexible manufacturing in enterprises requires efficient servo control systems to provide support. In the development of packaging production lines, control and integration of products/technologies are playing an increasingly important role.
In order to achieve flexible production, it is required that the equipment in each process section of the packaging production line be closely coupled with each other, and that the packaging production line be interconnected with other production lines. Because different controllers control different process stages or production lines, this brings about the problem of mutual coordination between different controllers. Therefore, the Packaging Association User Organization (OMAC/PACML) has expressed its commitment to the structured and standardized machine state management function of object encapsulation. Correspondingly, a control system that integrates this function can ensure that users can complete the entire production line, or even the entire factory, with less time and cost.
With the continuous development and progress of technology, microelectronics, computers, industrial robots, image sensing technology, and new materials will be more and more widely used in packaging machinery in the future, resulting in their labor utilization rate and output value more than doubling. Enterprises urgently need to learn and introduce new technologies, and move towards packaging equipment with high production efficiency, high automation, good reliability, strong flexibility, and high technological content. Create a new type of packaging machinery, leading the development of packaging machinery towards integration, efficiency, and intelligence.
Post time: Jun-14-2023